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                  導入數據...
                  教師簡介--趙麗娟

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                  職稱與職務:教授,材料化學系主任

                        業:材料學

                  E-Maillijuan_zhao@sicnu.edu.cn

                   

                   

                  教育經歷:

                  1.2006/9–2009/3, 四川大學AG真人国际厅, 材料學, 博士, 導師:郭少云

                  2.2003/9–2006/6, 四川大學, 材料學, 碩士AG真人国际厅, 導師:郭少云

                  3.1999/9–2003/6AG真人国际厅AG真人国际厅, 四川大學AG真人国际厅, 高分子科學與工程AG真人国际厅, 學士

                   

                  科研與學術工作經歷

                  1.2014/12-2016/1AG真人国际厅,哈佛大學,物理系,訪問學者

                  2.2009/6-至今,四川師范大學,化學與材料科學學院

                  3.2007/9-2009/4,加拿大國家研究所,工業材料研究中心,聯合培養博士

                  4.2011/3-2013/3AG真人国际厅,四川大學,博士后AG真人国际厅,合作導師:郭少云

                   

                  主要研究方向

                  1. 功能氣凝膠的功能化研究

                  2. 氣凝膠前驅體結晶過程的物理化學研究

                  3. 有機/無機熱電材料的研究

                  4. 文物和功能涂層防腐性能研究

                   

                  科研項目

                  1. 國家自然科學面上項目,51873133,冰晶模板組裝技術中通過熱力學因素調控氣凝膠微觀結構與性能的機理研究, 2019/01-2022/12AG真人国际厅,在研AG真人国际厅,主持

                  2. 四川大學國家重點實驗室項目1項,主持,在研

                  3.國家自然科學基金青年基金AG真人国际厅,51303116,有機-無機復合氣凝膠熱電性能的研究,2014/01-2016/12 ,已結題,主持

                  4. 中國博士后基金, 2011M501411AG真人国际厅,超聲輔助制備PET/石墨烯納米復合材料AG真人国际厅AG真人国际厅,2011/01-2012/12,已結題

                  5. 主持多項企業(文物防腐、高粘高彈劑的配方優化設計等)和省市級項目

                  在國內外雜志發表論文40余篇。

                   

                  主要工作業績

                  1.第一屆四川省大學生材料設計大賽三等獎,2017年,指導教師。

                   

                  近年代表性成果

                  1. Leakag e-proof Phase Change Composites Supported by Biomass Carbon Aerogels from Succulents, Yanhong Wei; Juanjuan Li; Furong Sun; Jinrong Wu*; Lijuan Zhao*, Green Chemistry, 2018(20):1858-1868.(IF:8.586)

                  2. Jiyu Yang, Longfei Yi(共一作者),xiao FangAG真人国际厅AG真人国际厅,LijuanZhao*, Jinrong Wu. Self-healing and Recyclable Biomass Aerogel Formed by Electrostatic Interaction. Chemical Engineering Journal,2019.(IF 6.7)

                  3. Multi-functional composite aerogels enabled by chemical integration of graphene oxide and waterborne polyurethane via a facile and green method. Furong Sun, Jiyu Yang, Huan Zhang, Longfei Yi, Kaijun Luo, LijuanZhao*, JinrongWu*. Composites Science and Technology, 2018,165, 175-182.(IF:5.16)

                  4. Thermoelectric Behavior of Aerogels Based on Graphene and Multi-walled Carbon Nanotube Nanocomposites.Lijuan Zhao*, Xijing Sun, Quan Li.  Composites Part B Engineering, 2015, 83:317-322.(IF:4.9)

                  5. Ultralight Conducting PEDOT: PSS/ Carbon Nanotube Aerogels Doped with Silver for Thermoelectric Materials. Xijing Sun, Yanhong Wei, Juanjuan Li, Jinghong Zhao, Lijuan Zhao* , Quan Li*. Science China Materials, 2017,602):159~166.(IF:4.3)

                  6. Enhancing the thermoelectric property of Bi2Te3 through a facile design of interfacial phonon scattering. Lijuan Zhao, Yi He, Huan Zhang, Longfei Yi*, Jinrong Wu*.Journal of Alloys and Compounds, 2018(768): 659-666.(IF:3.77)

                  7. Effect of annealing induced crystalline evolution on the scratch resistance of polylactide, Longfei Yi, Junrong Zhang, Jiyu Yang, Furong Sun, Huan Zhang, LijuanZhao*, Tribology International,2018(128):328-336.(IF:3.246)

                  8. Thermoelectric performance of conducting aerogels based on carbon nanotube/silver nanocomposites with ultralow thermal conductivity. Xijing Sun, Jinghong Zhao, Lijuan Zhao* ,Jinrong Wu, Quan Li. RSC Advances, 2016.10.31,6109878~109884.(IF:2.9)

                  9. Enhanced thermoelectric properties of hybridized conducting aerogels based on carbon nanotubes and pyrolyzed resorcinol–formaldehyde resin. Lijuan Zhao*, Jinghong Zhao, Quan Li*. Synthetic Metals, 2015, 205:64-69.(IF:2.5)

                  10. Huan Zhang, Jiyu Yang, Yongjiao Song*, Lijuan Zhao*. Synergism of Modified Graphene Oxide to Aircraft Structural Corrosion Inhibiting Compounds Coatings, Progress in Organic Coatings,2019.(IF:2.99)

                  11. Natural Rubber/Graphene Oxide Nanocomposites Prepared by Latex Mixing. Lijuan Zhao*, Qin Zhong, Qi Liu, Jinghong Zhao, Wang xing. Journal of Macromolecular Science, Part B, 2014,545:581-592.(IF:2.4)

                  12. Juanjuan Li , Huan Zhang, Furong Sun , Hong Zhou, Lijuan Zhao*, Yongjiao Song*. The multiscale effects of graphene oxide on the corrosion resistance properties of waterborne alkyd resin coatings. Journal of Materials Research, 2019 , 34(6)950-958.(IF:1.49)

                  13. Yi He ; Yu Xia; Jin Zhao; ; Longfei Yi; Lijuan Zhao*, Yongjiao Son*g. One-step fabrication of PEI-modified GO particles for CO2 capture, Applied Physics A, 2019.2.5, 125: 1~9.  

                  14. Zhang Huan , Yang Jiyu , He Yi , Yi Longfei , Liu Yanling , Song Yongjiao* , Zhao Lijuan* . A Study on Molecular Motions through the Glass Transition of Styrene butadiene Rubber/Carbon Nanotubes Nanocomposites. Polymer Science,2019.

                  15. Real-time diagnosing polymer processing in injection molding using ultrasound. Lijuan Zhao* ,Yu Lai, Chen Pei, Cheng-Kui Jen, Kuo-Ding Wu. Journal of Applied Polymer Science, 2012, 126(6):2059–2066.(IF:1.9)

                  16. Mechanically robust and shape-memory hybrid aerogels for super-insulating applications jinrong wu* , Lingping Zeng, Xiaopeng Huang, Guangsu Huang, Lijuan Zhao*. Journal of Materials Chemistry A 2017( 5 ):15048~15055.

                  17. The proper glass transition temperature of amorphous polymers on dynamic mechanical spectra. Zhouyue Lei, Wang Xing, Jinrong Wu, Guangsu Huang, Xiaoan Wang, Lijuan Zhao*. Journal of Thermal Analysis and Calorimetry, 2014, 116:447–453.

                   

                   


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